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Problem 3 ( 2 0 points ) Consider the application of bisection algorithm to the function shown below. Initially, the algorithm is started with lower
Problem points Consider the application of bisection algorithm to the function shown below. Initially, the algorithm is started with lower and upper bounds given by and respectively. a points Fill out the table below with values of and at each iteration. Note: it's advised not to mark these points on the plot, in anticipation of part d and use the plot as a visual reference instead. b points After the completion of iteration what is the value of the approximate percent relative error, c points After the completion of iterations, what is the value of the true percent relative error, d points As carefully as you can, use a graphical approach to show two iterations of the False Position method on the plot above. Circle the value of at the end of the two iterations.
Problem points
Consider the application of bisection algorithm to the function shown below. Initially, the algorithm is
started with lower and upper bounds given by and respectively.
a points Fill out the table below with values of and at each iteration. Note: it's advised
not to mark these points on the plot, in anticipation of part d and use the plot as a visual
reference instead.
b points After the completion of iteration what is the value of the approximate percent
relative error,
c points After the completion of iterations, what is the value of the true percent relative
error,
d points As carefully as you can, use a graphical approach to show two iterations of the False
Position method on the plot above. Circle the value of at the end of the two iterations.
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